Landmarks in Hepatology
The body has a liver
Article first published online: 25 MAR 2004
Copyright © 2004 American Association for the Study of Liver Diseases
Volume 39, Issue 4, pages 1179–1181, April 2004
How to Cite
Reuben, A. (2004), The body has a liver. Hepatology, 39: 1179–1181. doi: 10.1002/hep.20199
- Issue published online: 25 MAR 2004
- Article first published online: 25 MAR 2004
Everybody has a favorite organ, but it seems that throughout the ages some organs especially have attracted the attention of philosophers and poets, sacerdotes and scientists, lay and learned writers, and physicians too. In this category is the liver, along with the heart, spleen, stomach, and intestines. Other organs have languished inconspicuously, save for the devotion of a select few. Included in this second class of less-favored organs are the lungs, kidneys, bladder, pancreas, and even the organ of Zuckerkandl, discovered by the renowned anatomist and surgeon Emil Zuckerkandl, whose wife, Bertha, was one of the more sought-after personalities of intellectual society in Vienna during the declining decades of the Austro-Hungarian Empire. The Zuckerkandl home was a rendezvous for notables of science and the arts, including Auguste Rodin, the sculptor, and composer Gustav Mahler, yet what has been referred to as Emil's “delightful little organ”1 continues to enjoy obscurity.
That the liver was fascinating to early civilizations is not surprising, considering its size as the biggest solid organ in the body and given its richness in blood, which was long regarded as the “life force.” In fact, very early in the cradle of civilization in Mesopotamia, and later in Egypt and further afield, the liver was deemed the “seat of life” and, truly, “the seat of the soul.”2 Yet, though it was appropriate that the major vital organs were noticed and highly regarded, there was always the danger that their functions and dysfunctions could be seriously misconstrued and that organs of note would have attributes ascribed that were wholly undeserved. Such was the fate of the liver, and, to some extent, the heart and other organs too, even in the 20th century when the mysteries of physiology and pathology were already being divulged. It is not entirely clear where the brain fits in to this new classification of organs. Judging by the actions and antics of certain celebrities, politicians, monarchs, heads of state and other leaders, and some pundits, the brain is not a vital organ. On the other hand, perhaps the most exciting biological research being conducted nowdays is in the field of neuroscience, which may soon explain the language we speak, the beliefs we hold, our appreciation of the arts, and our acknowledgment of our very existence and consciousness.3–5 Modern studies of the brain should also finally negate once and for all the idea so prevalent in the 19th century that Charcot's hysteria6 (formerly called the vapors), a functional disturbance of the nervous system usually attended by emotional upset, is due to a disturbance of the uterus. Hippocrates in the 4th–5th century BCE considered that the brain elaborated phlegm—which together with blood, yellow bile, and black bile, constituted the four humors of the body—while Aristotle a few score years later had the brain merely cooling the blood that had been heated by the heart. Galen, in 2nd century CE Rome, thought that the essence of the soul, the spiritus animalis (animal spirit), which was necessary for perception and reason, came from the brain. Somewhere, perhaps between these extremes, lies the truth.
At one time or another, each organ in the “favored” group was thought to be endowed with powers beyond those that we would now consider to be within its physiological domain and anatomical bailiwick, thereby simultaneously enriching our language and distorting our view of physiology and disease. Preoccupation with the liver began with the belief that inspection of this formidable organ in an animal sacrificed to a divinity would give insight into the divine will in which human fate resides. The practice of foretelling the future, or divination, that started with the Babylonians spread through the Near East and the Mediterranean basin, including the empires of Greece and Rome.7 In the 2nd century CE, religious opposition of the early Christian church forced the abandonment of divination by hepatoscopy, but not before it had left its mark on perceptions of the liver's function and an influence on language that survives to this day in many cultures. In the ancient world, the liver was the repository of life and emotion. The prophet Mohammed used the term “moist liver” to refer to the soul,8 and the book of Psalms compared death to “laying one's liver in the dust,”9 In Guedra, the ritual betrothal dance of selected Berber nations of North Africa, the true depth of affection or emotion is expressed by saying “You are my liver,” much as in the West one would say “You are my heart.” Even in modern North Africa, a popular Arabic expression is
, Istahisht kibdati, “I miss my liver,” meaning “I miss my child.”
While arguments raged back and forth in the centuries before and after the beginning of the Current Era over the essence of life and the proper balance of the four elements, the four qualities, and the four humors, the liver gradually lost its preeminence as the organ of soul and emotion. Even though for almost 1,500 years Galen's opinion was accepted that the liver was the source of all veins (fons venarum) and the factory that made the blood (sanguifactionis officina), eventually a cardiocentric view of life prevailed. The Aristotelian notion that the heart is the hub that the body depends on for soul, heat, and propulsive force was redeemed by William Harvey's discovery of the circulation of the blood driven by the beat of the heart.10 The heart soon became accepted as the core of love and bravery, the stomach and intestines were valued for endurance and fury, and the spleen not only provided its traditional sadness and melancholy but, paradoxically, humor and laughter too.11
Relegated from its dominant position to that of the kitchen of the body, as explained to the lay reader by Gustav Eckstein,12 the liver did not easily relinquish its influence on the body and mind. References to liver and bile were not infrequent in the plays of Shakespeare and other playwrights and authors,13 and they also appear in many languages besides English (e.g., Italian, Estonian, Japanese, and Chinese) as metaphors for bravery, anger, arrogance, and other emotions and moods.14 The concept of a sluggish or torpid liver crept into medical texts in the late 19th century,15 referring to an ill-defined functional insufficiency of the liver that was responsible for vague symptoms of ill health, including malaise, depression, flatulence, and dyspepsia. For the most part, patients with torpid liver did not have any demonstrable findings of true liver dysfunction, in a manner akin to the so-called “post-hepatitis syndrome”16 of the 1940s, which occurred in persistently symptomatic patients who had recovered from acute viral hepatitis when epidemic hepatitis was common. A more familiar term then than torpid liver was the colloquial complaint of “biliousness,”17 whereas patients in Great Britain often curiously described themselves as “feeling liverish.”18, 19 In France, the same complaint gloried in the name “hepatism,”20 the more modern counterpart of which is their “crise de foie,” whereas hyperhepatism afflicted the Japanese.21 The symptoms of feeling liverish have been comprehensively catalogued as nausea, vomiting, distaste for food, a furred tongue, a bitter or metallic taste, change in bowel habit, and a feeling of weight or oppression in the hypochondrium.19 Although patients with advanced liver disease do indeed have derangements in taste and smell,22 it is doubtful that alteration of chemosensory function can explain the biliousness or liverishness of the torpid liver. Sufferers also complain of giddiness, specks before the eyes, languor, moroseness, peevishness, irritability, and depression.19 Charles Murchison, in his Croonian lectures for 1874,23 erroneously blamed the syndrome of torpid liver on a functional derangement of hepatic metabolism that leads to an increase in urate production, thereby associating torpid liver with gout. Hurst surmised that the term liverish was introduced by soldiers and civilians with hepatic amebic abscess, who returned home from India to Britain to nurse their damaged livers.18 The apparent frequent occurrence of symptoms of biliousness or liverishness led sufferers on both sides of the Atlantic to seek help in medicaments that purport to increase bile flow. In the UK, Bile Beans kept one “Healthy, bright-eyed and slim” (Fig. 1). In the US, what were originally named Carter's Little Liver Pills, which initially were the only products of the Carter Medicine Company (founded 1880), were renamed many years later as Carter's Little Pills (now simply Carter's Laxative). The laxatives originally contained in Carter's Little Liver Pills — namely aloes and podophyllum in a base of liquorice and starch — actually had no effect on gallbladder contraction or bile formation,24, 25 despite the choleretic clamor of the advertisement (Fig. 1). How reminiscent of the potpourri of herbal panaceas that our modern patients consume to cleanse and revitalize their livers and souls, while they wait for real cures for hepatitis C, fatty liver disease, etc.
Though various remedies for supposed functional hepatic disorders may not have been effective, the enthusiasm with which millions of people used them and continue to do so reminds us that everyone has a favorite organ and, for most bodies, with apologies to Gustav Eckstein,12 it is clearly the liver.
The author appreciates advice on all things Arabic from Dr. Amin Hila (Fellow in Gastroenterology and Hepatology at the Medical University of South Carolina), and the skill of Christine Toland (Multimedia Specialist) in the preparation of figures for this and many other “Landmarks in Hepatology.” The author remembers with gratitude the receipt of the two photographs used in this month's figure, which were a gift decades ago from Dr. Caroline Riely. As usual, the author acknowledges the invaluable skill in manuscript preparation of Margie Myers.
- 2The liver in antiquity and the beginning of anatomy. Trans Col Phys Phila 1907; 39: 117–138..
- 3Three laws of qualia. What neurology tells us about the biological functions of consciousness, qualia and the self. Journal of Consciousness Studies 1997; 4: 429–458., .
- 4The science of art. A neurological theory of aesthetic experience. Journal of Consciousness Studies 1999; 6: 15–51., .
- 5Synaesthesia—a window into perception, thought and language. Journal of Consciousness Studies 2001; 8: 3–34., .
- 6Physiologie pathologique. Sur les divers états nerveux déterminés par l'hypnotisation chez les hystériques. Comptes rendus de l'Académie Des Sciences 1882; 94: 403–405..
- 7Chapter IV. Assyrian and Babylonian medicine. In: The evolution of modern medicine: a series of lectures delivered at Yale University on the Silliman Foundation in April 1913. New Haven, CT: Yale University Press, 1921..
- 8Sahîh Muslim. Chicago, IL: KAZI Publications, 1976..
- 9Psalms. Book I, Psalm 7, Verse 5.
- 10Exercitaio anatomica de motu cordis et sanguinis in animalibus. Frankfurt, Germany: W. Fitzer, 1628..
- 12Liver; kitchen. In: The body has a head. Chapter X. Metabolism. New York, NY: Harper and Row, Publishers, 1969; 244–248..
- 15Gout and tendency to torpid liver. In: AlbuttTC, ed. System of Medicine. London: The Macmillan Co., 1896-1899..
- 16Post-hepatitis syndrome. South Med J 1944; 37: 251–257..
- 17Biliousness. Lancet 2002; 359: 176..
- 18On being liverish. Practitioner 1934; 133: 553–561..
- 20Les ptosis viscerales. Paris: Ballière, 1899; 488–585..
- 21Studies on hyperhepatism. Jpn J Gastroenterol 1933; 5: 144., .
- 23On functional derangements of the liver: being the Croonian lectures delivered at the Royal College of Physicians in March 1874. New York, NY: William Wood & Co., 1875;..
- 24The effect of aloes and podophyllum and Carter's Little Liver Pills on bile formation. Q Bull Northwest Univ Med Sch 1942–43; 16–17: 97–202., , .
- 25Do the ingredients of Carter's Little Liver Pills cause the gallbladder to contract, and stimulate the flow of bile by the liver? Q. Bull Northwest Univ Med Sch 1942–43; 16–17: 298–301., ,